Command Access ETH6W4545 640 5SW 6-Wire Energy Power Transfer Hinge, 4.5"x 4.5", Oxidized Satin Bronze Over Copper Plated Oil Rubbed

Put power where you need it without exposed wiring. The Command Access Technologies Energy Transfer Hinge (ETH6W4545) is a purpose-built door hinge that routes low-voltage power through the hinge to electric locks, door-mounted card readers and other access control devices—eliminating visible cables and improving site aesthetics and security. This 6-wire energy transfer hinge supports multiple conductors for power and monitoring circuits and arrives with a 4' lead at no extra charge to speed installations. The 4.5" x 4.5" hinge leaf size and oxidized satin bronze over copper-plated oil-rubbed finish provide a durable, commercial-grade look that integrates with architectural hardware. A non-conductive wire access cap enhances safety and simplifies termination, while compatibility with electric mortise and cylindrical locks, electric strikes and exit trims makes it ideal for new builds and retrofits. Designed for security and surveillance environments where reliable low-voltage power delivery is critical, the ETH6W4545 reduces installation time and ongoing maintenance. Specify this Command Access energy transfer hinge for your next access control, monitoring or surveillance door application to streamline wiring and improve system reliability.

• Concealed low-voltage routing keeps wires hidden for a clean, professional access control installation
• 6-wire capacity supports power, monitoring, and reader connections to simplify wiring on one hinge
• Pre-attached 4' lead and non-conductive wire access cap reduce installation time and labor costs
• Durable oxidized satin bronze over copper-plated oil-rubbed finish delivers commercial appearance and corrosion resistance
• Compatible with electric mortise/cylindrical locks, electric strikes, exit trims and door-mounted card readers for flexible security setups
• Backed by a 3-year limited warranty for long-term reliability and reduced maintenance risk